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For the data given in Question 2 of Homework I ( ethanol production by S . cerevisiae over time ) a ) Use the linearized

For the data given in Question 2 of Homework I (ethanol production by S. cerevisiae over time)
a) Use the linearized Michaelis-Menten model (Lineweaver-Burk equation) derived in the class and Gauss-Jordan elimination to predict model parameters Km and Vmax.. Calculate also R2 using the formula given in the class. Compare the model performance with the linear and cubic models you constructed in Homework I, discuss.
b) For the following nonlinear model ), derive the equations and terms required for Newton-Raphson based iterative solution of fitting the nonlinear Michaelis-Menten model to the given data, including the terms of the Jacobian matrix. Show all your steps. Do not attempt to solve the problem.
\table[[\table[[Time],[(hour)]],Ethanol (g/L)],[2,1],[4,4],[6,10],[8,18],[10,25],[12,27]]
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